/* Theme-aware, responsive version of the "agent coding loop" comparison. Scales to fit its container (never upscales past natural size). */ type Tone = "step" | "compiler" | "optional"; type Node = { label: string; tone: Tone }; type Loop = { from: number; to: number; side: "left" | "right" }; type Col = { x: number; kicker: string; title: string; loop: Loop; nodes: Node[] }; const W = 372; const H = 68; const NSTART = 88; const STEP = 104; const COLS: Col[] = [ { x: 44, kicker: "Traditional", title: "Text is the source of truth", loop: { from: 5, to: 0, side: "left" }, nodes: [ { label: "agent writes source text", tone: "step" }, { label: "format", tone: "step" }, { label: "check", tone: "step" }, { label: "build", tone: "step" }, { label: "test", tone: "step" }, { label: "inspect failures", tone: "step" }, ], }, { x: 520, kicker: "Zerolang", title: "Graph is the program", loop: { from: 1, to: 0, side: "right" }, nodes: [ { label: "agent writes graph patch", tone: "step" }, { label: "compiler checks patch", tone: "compiler" }, { label: "projection available for review", tone: "optional" }, ], }, ]; const TONE: Record = { step: "h-full w-full border border-border bg-surface text-fg", compiler: "h-full w-full bg-fg font-semibold text-bg", optional: "h-full w-full border border-dashed border-border bg-transparent text-muted", }; const VB_W = 936; const MAX = Math.max(...COLS.map((c) => c.nodes.length)); const VB_H = NSTART + (MAX - 1) * STEP + H; const STROKE = "color-mix(in srgb, var(--color-fg) 30%, transparent)"; const ARROW = "color-mix(in srgb, var(--color-fg) 55%, transparent)"; const nodeTop = (i: number) => NSTART + i * STEP; export function LoopDiagram() { const verticals: { key: string; d: string }[] = []; const loops: { key: string; d: string; lx: number; ly: number }[] = []; for (const col of COLS) { const cx = col.x + W / 2; col.nodes.forEach((_, i) => { if (i < col.nodes.length - 1) { verticals.push({ key: `${col.x}-${i}`, d: `M ${cx} ${nodeTop(i) + H + 2} L ${cx} ${nodeTop(i + 1) - 4}`, }); } }); const sy = nodeTop(col.loop.from) + H / 2; const ty = nodeTop(col.loop.to) + H / 2; const r = 12; let d: string; let lx: number; if (col.loop.side === "right") { const edge = col.x + W; const bulge = edge + 28; d = `M ${edge} ${sy} H ${bulge - r} Q ${bulge} ${sy} ${bulge} ${sy - r} V ${ty + r} Q ${bulge} ${ty} ${bulge - r} ${ty} H ${edge + 3}`; lx = bulge; } else { const edge = col.x; const bulge = edge - 36; d = `M ${edge} ${sy} H ${bulge + r} Q ${bulge} ${sy} ${bulge} ${sy - r} V ${ty + r} Q ${bulge} ${ty} ${bulge + r} ${ty} H ${edge - 3}`; lx = bulge; } loops.push({ key: `loop-${col.x}`, d, lx, ly: (sy + ty) / 2 }); } return ( {/* column headers */} {COLS.map((col) => (
{col.kicker}
{col.title}
))} {verticals.map((v) => ( ))} {loops.map((l) => ( ))} {loops.map((l) => (
repeat
))} {COLS.map((col) => col.nodes.map((n, i) => (
{n.label}
)), )}
); }